Shubham Kumar

Enthusiastic Student with superior skills in working in both team-based and independent capacities. Bringing strong work ethic and excellent organizational skills to any setting. Excited to bring above average user skills in information technology and social media.

DESIGN AND IMPLEMENTATION OF PHASE FREQUENCY DETECTOR USING CMOS

• Designed and implemented a Phase Frequency Detector (PFD) using CMOS technology for phase-locked loop (PLL) applications. The project focused on minimizing power consumption and dead zones to improve phase and frequency detection accuracy. Implemented low-power, high-speed CMOS logic circuits, reducing locking time for communication systems. Simulated the design using industry-standard tools and verified its performance in terms of speed, phase detection range, and power efficiency. This project enhances understanding of VLSI design, CMOS circuits, and their integration into digital communication systems.

Health Monitoring System

• Designed a health monitoring system to track vital signs such as heart rate and body temperature in real-time. Utilized sensors and microcontrollers to transmit data wirelessly to a mobile or web interface. Ideal for remote patient monitoring and preventive healthcare applications.

Radar System Using Arduino

• Developed a radar system using Arduino to detect and track objects. Integrated ultrasonic sensors to measure distance and displayed real-time data using signal processing techniques. Applications include security systems, proximity sensors, and obstacle detection in autonomous vechile.

• Reducing The Handover Rate For High Mobility Communications

Handover Rate Optimization for High Mobility Communication

• Collaborated on improving network performance by reducing handover rates in high mobility scenarios, such as vehicles or high-speed trains.
• Conducted research and analysis on handover protocols and identified key factors causing frequent handovers.
• Developed strategies and algorithms to optimize handover decision-making, improving connection stability and reducing latency.
• Tested and validated solutions in simulation environments to enhance network efficiency.

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